Romi R, Pierdominici G, Severini C, Tambutto A, Cocchi M, Menichetti D, Pili E, Marchi A. (1997) Status
of malaria vectors in Italy.
Not exact matches
And then I gave Adam syphillis, cholera, typhus, leprosy, rabies,
malaria, and tuberculosis all simultaneously, because I'm a real ass... and I needed a human
vector for some
of these historic diseases.
Preliminary results
of the study were presented at a World Health Organization (WHO) evidence review group meeting, while UNITAID has issued a call for further research into the use
of endectocide class drugs,
of which ivermectin is currently the only one registered for human use, as new
vector control tools in the fight against
malaria and other mosquito borne disease.
While microbe and
vector movement can be difficult to detect, modeling suggests that global warming will expand the reach
of malaria to higher latitudes and into tropical mountain regions.
There are times when precision counts: Is that mosquito Anopheles dirus, which is a major
vector of malaria, or A. harrisoni, which is not?
Besides kissing bugs, he says, this technique might be used to hijack a variety
of other insect disease
vectors, from mosquitoes that transmit
malaria to deer ticks that transmit Lyme disease.
And in previous work, Poinar and his wife, Roberta, implicated
malaria and the evolution
of blood - sucking insects as disease
vectors that could have played a significant role in the extinction
of the dinosaurs.
Malaria is caused by a handful
of species
of parasites in the genus Plasmodium through the bite
of mosquitos and remains a widespread
vector - borne infectious disease, sickening almost half a billion people every year around the planet.
Bring back DDT, they demand, and let it be sprayed on the inner walls
of houses, where it would kill
vectors of malaria and other insect - borne diseases like dengue and typhus.
Thus, gene drive could be used to reduce
malaria transmission in humans — or in endangered birds (see image, above)-- by making the mosquito
vectors incapable
of spreading the
malaria parasite or even eliminating the insects altogether.
«It's more than a little depressing that after a century
of work, we still seem not to know how many species there are in the funestus group, let alone how good each is at transmitting
malaria,» adds evolutionary biologist Andrew Read
of Pennsylvania State University, University Park, who studies the evolutionary genetics
of malaria and its
vectors.
«If this mosquito is not a
malaria vector, it is certainly a «confuser» — looking exactly like one
of the major
vectors,» says medical entomologist Richard Hunt, a member
of the team that reports its finding this month in the American Journal
of Tropical Medicine and Hygiene.
Mosquitoes (Anopheles funestus) are
vectors of malaria, and most strategies for combating the spread
of the disease focus on control
of mosquito populations using insecticides.
Professor Hemingway said: «In theory it should be easier to eliminate
malaria from an island than from a country on mainland Africa, and while we have seen the near total decline
of two
of the island's
vectors, Anopheles funestus and Anopheles coluzzii this study shows how difficult that can be.
«Even with the decline
of other mosquito
vectors our study shows the difficulty posed by insecticide resistance in terms
of malaria elimination,» continued Professor Hemingway.
Vector borne disease control often relies on universal distribution
of interventions, such as long - lasting insecticide treated bednets for
malaria and mass drug administration for filariasis.
PARIS — Scientists have agreed to collaborate on an eagerly awaited effort to sequence the genome
of the mosquito Anopheles gambiae, the main
vector for the
malaria parasite in sub-Saharan Africa.
The mosquito species in question, Anopheles stephensi, is a key
malaria vector in South Asia and the Middle East, and the study offers the tantalizing possibility
of ridding entire cities such as New Delhi and Calcutta
of malaria, says Willem Takken
of Wageningen University in the Netherlands, who was also not involved in the work.
«It's hard to argue that the presence
of flowering mesquite trees are not a positive influence for important
malaria vectors.»
Djimdé leads a research group at the University
of Science, Techniques and Technologies
of Bamako that is working to understand how genome variation in the Plasmodium falciparum parasite, its human host, and the Anopeheles gambaie mosquito
vector contribute to the mechanisms
of malaria disease spread.
Understanding the genetic diversity in the human host, the parasite and the mosquito
vector requires the coordinated effort
of researchers around the world, and has a fundamental role to play in
malaria control and elimination.
Assessment
of chimpanzee adenovirus serotype 63 neutralizing antibodies prior to evaluation
of a candidate
malaria vaccine regimen based on viral
vectors.
Bed nets therefore remain one
of the most cost - effective ways to reduce
malaria transmission and are likely to be effective for
vector - borne diseases caused by mosquito species that bite primarily at night.»
Anopheles gambiae is one
of the primary
vectors of the
malaria parasite Plasmodium falciparum.
«Perhaps the best documented impact
of vector control to date has been the impact
of distribution
of long - lasting insecticide treated nets against
malaria.
There are no licensed vaccines for placental
malaria and current strategies to prevent the disease rely on
vector eradication (e.g. using chemically - treated bed nets, indoor residual spraying) combined with the intermittent administration
of antimalarial drugs.
Preparation and distribution
of 19 reference antigens for several diseases including
malaria, HIV and tuberculosis, and the establishment
of five new cell banks to improve the growth
of adenoviral
vectors.
Target Stakeholders If we were able to eliminate mosquitoes, the following stakeholder would benefit from successful suppression or elimination
of C. quinquefasciatus in Hawaii: 1) Hawaiian public: C. quinquefasciatus is not only a
vector of avian
malaria but could be a
vector of human diseases such as West Nile Virus should it ever be introduced into Hawaii.
Among other things, it features articles on new developments in HIV cure research, recent studies that show promise but also possible pitfalls
of using adenovirus
vectors in HIV vaccine candidates, and the funding crisis at the Global Fund to Fight AIDS, Tuberculosis and
Malaria.
Y chromosome function, structure and evolution is poorly understood in many species including the Anopheles genus
of mosquitoes, an emerging model system for studying speciation that also represents the major
vectors of malaria.
Recent successes in
malaria control have been largely attributable to the deployment
of insecticide - based
vector control tools such as bed nets and indoor residual spraying.
He has particular interests in (1) the use
of ancient DNA methods to document changes in genetic variation through time and phylogenetic relationships
of extinct or endangered organisms (especially
of the recently extinct Hawaiian avifauna); (2) the use
of highly variable genetic markers to measure genetic structure and relatedness, and to ascertain mating systems, in natural populations, and (3) the use
of genetics to study the evolutionary interactions between hosts,
vectors and infectious disease organisms (e.g., major projects on introduced avian
malaria in native Hawaiian birds and invasive chytrid fungus in amphibians).
The evolution
of insecticide - avoidance behaviour can be used to generate new spatial repellents to keep
malaria vectors out
of homes.
A well - known feat
of technology, the Panama Canal was also the victory
of years
of infectious disease research that led to an understanding that mosquitoes were the
vector for deadly diseases, such as
malaria and yellow fever, which had contributed to failures in earlier efforts to build the canal.
Malaria is caused by species
of single - celled parasites in the genus Plasmodium,
vectored by mosquitoes primarily in the genera Aedes and Anopheles between many vertebrate hosts, including humans.
He discussed the escalating scale
of impacts we could expect from unchecked climate change: from deaths and injuries from heat, to pollution, food - related illnesses, altered
vectors for diseases such as
malaria, crop failure and water shortages, mass migration, resource wars, economic collapse, and ecosystem collapse with mass extinctions.
Malaria, the most important
vector - borne disease globally, is transmitted by the bites
of infected
Anopheles mosquitoes, which prefer clean, standing, or slowly moving fresh water.
Temperature increases could for instance already have affected agricultural and forest management, the number
of heat related deaths, the spread
of vectors of disease such as insects carrying
malaria.
One outrageous example was the awarding
of a $ 1.8 million «grant» to study
malaria vectors in mosquitos.
Tens
of millions more people, mostly in poor countries, will be exposed to
vector - borne diseases such as
malaria, schistosomiasis and dengue fever.
The impacts
of greenhouse gas (GHG) emissions on human health include the effects
of air pollution on increased respiratory disease, the spread
of vector - borne illnesses like cholera,
malaria, and dengue fever due to changing weather patterns, and compromised agricultural production and food security leading to greater malnutrition.
The WHO report bases its estimation on the role
of climate change in producing conditions which encourage the proliferation
of disease
vectors: more rain means more stagnant water for mosquitoes that carry the
malaria parasite, for instance.
Use an insect repellant to keep bugs off your body, as insect bites can put you at the risk
of catching dengue,
malaria and other
vector - borne diseases.
Recent assessments conducted on the impacts
of climate change on health in Australia, highlight the potential for the onset
of and increases in
vector - borne, water - borne and food - borne diseases such as:
malaria, dengue fever, Murray Valley encephalitis, Japanese encephalitis, melioidosis, leptospirosis and scrub typhus.